poker card/ playing card
Wallis
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Wallis PVC sheet for playing card printing is a card-grade plastic substrate designed for poker cards, casino-style decks, promotional cards, collectible card games, board-game cards and customized OEM playing-card production. Available in approximately 0.26 mm, 0.30 mm and 0.32 mm thicknesses, the material combines durability, flexibility, printable surfaces and multiple texture options for professional card manufacturers and printing companies.
Compared with conventional paper card stock, PVC provides a non-paper plastic construction that offers strong resistance to moisture, tearing and repeated handling. The final shuffle feel, stiffness, opacity, surface grip and print appearance can be adjusted through sheet thickness, formulation, surface texture and finishing process.
Wallis supplies raw PVC playing-card sheets in standard and customized sheet dimensions, including 1220 × 2440 mm, 1000 × 700 mm and 1830 × 915 mm. Surface options include sand grain, coarse or fine lines, double-sided fabric texture, single-side check grain and other project-specific finishes.
| Product | Custom Printable PVC Sheet for Playing Card Manufacturing |
| Material | PVC (Polyvinyl Chloride) |
| Thickness | 0.26 mm / 0.30 mm / 0.32 mm or customized |
| Raw Sheet Size | 1220 × 2440 mm / 1000 × 700 mm / 1830 × 915 mm or customized |
| Color | White or customized colors according to project requirements |
| Surface Texture | Sand grain, coarse lines, fine lines, double-sided fabric texture, single-side check grain and customized textures |
| Printing | Offset, UV digital, screen or other project-specific processes subject to surface and ink compatibility testing |
| Processing | Printing, die cutting, punching, rounding, embossing, surface finishing and card conversion |
| Typical Applications | Poker cards, casino-style cards, bridge decks, promotional cards, board-game cards, TCG/CCG products and private-label playing cards |
| Customization | Thickness, sheet size, color, opacity, surface texture, printing compatibility, cutting and packaging |
Technical note: Final thickness tolerance, whiteness, opacity, surface roughness, coefficient of friction, print adhesion and mechanical properties should be confirmed according to the selected PVC grade and approved sample. PET and PETG are separate material alternatives and should not be treated as technically identical to PVC.
PVC playing-card material provides greater resistance to tearing and moisture than conventional paper card stock. This makes it suitable for decks intended for repeated shuffling, dealing and frequent handling.
A good playing card must flex during shuffling while recovering sufficiently after bending. PVC thickness and formulation influence stiffness, flexibility and recovery, so the correct grade should be selected according to the required deck feel.
PVC does not absorb water like paper fibers, helping plastic cards maintain dimensional stability during normal exposure to humidity and occasional spills. Printed surfaces and finishes should still be tested for the intended cleaning and service conditions.
Surface texture has a major effect on handling. Sand grain, linen-style fabric texture, fine lines and other patterns can alter friction, grip, shuffle feel and perceived quality of the finished deck.
A thinner construction can provide a lighter and more flexible card feel. It may be suitable for projects where easy bending, lower deck thickness or a softer handling characteristic is preferred.
Approximately 0.30 mm is a common specification for plastic playing-card projects and offers a practical balance between flexibility, stiffness and overall deck thickness.
A 0.32 mm sheet creates a slightly thicker construction and can provide increased stiffness and a more substantial card feel. The final handling effect also depends on PVC formulation and surface texture.
Thickness alone should not be used to define “casino grade.” Casino applications may also require high opacity, controlled friction, dimensional tolerance, consistent color, suitable surface texture and approved handling performance.
| Surface | Typical Character | Buyer Consideration |
|---|---|---|
| Sand Grain | Fine textured appearance with added tactile grip | Evaluate shuffle feel, printing and surface friction |
| Fine Lines | Subtle linear texture | Suitable where a controlled textured feel is required |
| Coarse Lines | More visible linear texture | Confirm graphic appearance and desired grip |
| Double-Sided Fabric Texture | Linen-style tactile finish on both sides | Useful for premium tactile card projects and repeated shuffling |
| Single-Side Check Grain | Patterned texture on one side | Confirm orientation during printing and card conversion |
Playing-card texture is not purely decorative. It can influence contact area between cards, friction during shuffling, card separation, glare, print appearance and tactile feel. Buyers should approve a physical texture sample rather than choosing only from a written description.
Offset printing is widely used for high-volume playing-card production because it can reproduce fine text, detailed artwork and consistent colors efficiently. The selected PVC sheet and ink system must be compatible to achieve acceptable adhesion and drying.
UV digital printing can support prototypes, customized decks, variable designs and shorter production runs when the PVC surface and UV ink are compatible. Test ink adhesion, curing, bending and abrasion before approving production.
Screen printing may be used for selected graphics, logos or specialty colors. Ink selection should be matched to PVC and the finished card's bending, abrasion and handling requirements.
Playing-card artwork may use process CMYK, spot colors or a combination depending on the printer and project. Brand-critical or casino projects should define approved color references and production tolerances rather than relying only on screen previews.
Opacity is particularly important for competitive poker and casino-style cards because players should not be able to identify the printed face from the back under normal playing conditions. The required opacity depends on PVC formulation, color, card thickness and printing structure.
A standard white PVC playing-card sheet should not automatically be described as casino-grade high-opacity material. For casino, tournament or security-sensitive card projects, buyers should specifically request the required opacity level and approve a finished-card sample under the intended lighting conditions.
A consistent white PVC substrate provides a stable background for card faces, suits, indexes and graphics. Projects requiring controlled whiteness should define an approved sample or measurable color requirement.
Choose the PVC thickness, opacity, color and surface texture according to the intended deck feel and performance requirements.
Card faces, backs, jokers, indexes and promotional graphics are prepared according to the printer's color profile, imposition layout and cutting requirements.
Artwork is printed using the selected offset, digital or specialty printing process. Ink adhesion and drying or curing should be verified before finishing.
Depending on the card design, surface performance can be created by the original PVC texture or by additional compatible finishing processes. The final construction should be tested for friction, print durability and shuffle performance.
Printed sheets are mechanically cut or punched into individual cards. Cutting dies and punching equipment are normally preferred for PVC playing-card production because they provide repeatable dimensions and clean edges.
Corners are rounded according to the deck specification and finished cards are checked for dimensions, color, edge quality, flatness, surface defects and card handling.
Processing note: Mechanical cutting, punching and die cutting are the preferred conventional processes for PVC. PVC should not be treated like acrylic for ordinary laser cutting because heating chlorinated PVC can release corrosive and hazardous fumes and can damage standard laser equipment.
Identify whether the project is for casino poker, bridge cards, promotional decks, children's cards, board games, collectible cards or private-label retail products. Different projects may require different thickness, opacity and surface feel.
Choose 0.26 mm, 0.30 mm or 0.32 mm according to the desired stiffness, flexibility and deck thickness. Physical samples should be compared before approval.
Smooth-looking, sand-grain, linen-style and linear textures create different grip and shuffle characteristics. Test the finished printed card rather than judging only the raw PVC sheet.
Provide your printing process, printer or press type, ink system and required colors. Test ink adhesion, drying or curing and bending on the selected PVC surface.
If the finished card must be highly opaque, state this clearly in the inquiry and request a high-opacity grade rather than assuming all white PVC has identical hiding power.
Check finished-card thickness, color, print adhesion, surface friction, bending recovery, opacity, die-cut edges, corner radius, flatness and shuffle feel before approving bulk material.
PVC is suitable for poker and casino-style decks that require repeated shuffling, resistance to moisture and consistent handling. High-opacity requirements should be specified separately for professional casino projects.
PVC can be converted into bridge-size decks using customized punching or cutting dimensions while maintaining the desired thickness and surface feel.
Brands and promotional-product companies can use custom printed PVC decks for marketing campaigns, events, hotels, clubs, resorts and corporate gifts.
Game publishers can use PVC for board-game cards requiring repeated handling, washable surfaces or premium plastic construction.
PVC can be considered for specialty collectible and trading-card projects where a plastic card feel is specifically desired. Conventional TCG products frequently use paper-based multi-layer card stock, so material choice should be based on the intended product positioning.
| Factor | PVC Plastic Cards | Paper-Based Cards |
|---|---|---|
| Moisture Resistance | Strong advantage because PVC does not absorb water like paper | Depends heavily on coating and laminate |
| Tear Resistance | Higher resistance to tearing in normal card use | Can tear or delaminate after severe damage |
| Card Feel | Flexible plastic feel influenced by thickness and texture | Traditional paper-card feel influenced by core and finish |
| Surface Options | Sand grain, line texture, fabric texture and customized surfaces | Linen, embossed, varnished and coated paper finishes |
| Best Use | Waterproof and highly durable plastic decks | Traditional playing cards, premium paper decks and many TCG products |
Consistent raw material is important because small changes in thickness, texture or flatness can affect printing, punching and deck handling. Depending on the approved specification, playing-card PVC quality checks can include:
Thickness and thickness tolerance
Sheet width and length
Flatness and warpage
Color and whiteness consistency
Opacity where specified
Surface texture consistency
Surface defects, scratches and contamination
Printing and ink adhesion where agreed
Flexibility and bending recovery
Die-cut and punching performance
Finished-card shuffle and handling tests where required
For a new playing-card program, sample sheets should be printed and converted using the customer's actual production process. This gives a more reliable indication of finished-card performance than testing raw PVC properties alone.
Wallis supports playing-card factories, printing companies, game manufacturers, distributors and private-label brands requiring customized PVC sheet for card manufacturing.
0.26 mm, 0.30 mm and 0.32 mm playing-card PVC
Customized thickness subject to production feasibility
White and customized PVC colors
Sand grain and linen-style textures
Fine-line and coarse-line surfaces
Customized sheet dimensions
Printing-surface requirements
High-opacity projects where specified
Samples for printing and card-converting tests
Bulk export packaging and OEM requirements
Wallis supplies PVC and other plastic card materials for playing-card manufacturers, smart-card factories, commercial printers and card-material distributors, allowing buyers to source different card substrates from one supplier.
Customers can compare multiple PVC thicknesses and surface textures to develop the required stiffness, grip and shuffle feel for their finished playing-card product.
In addition to listed raw sheet dimensions, customized sizes can be discussed to match printing layouts, punching equipment and production efficiency requirements.
Samples allow customers to test color reproduction, ink adhesion, sheet handling, punching, finished-card flexibility and shuffle performance before confirming bulk orders.
Wallis supports custom colors, thicknesses, surface specifications, packaging and export requirements for B2B playing-card material programs.
Current company information lists more than 15 years of industry experience, multiple manufacturing facilities, custom card-material production, sample support and international supply capabilities.
Wallis at Exhibition
Wallis with International Clients
Production and quality-control capabilities support customized PVC playing-card sheet projects for professional card factories, printers and distributors.

Wallis currently lists 0.26 mm, 0.30 mm and 0.32 mm PVC sheet for playing-card projects. The best thickness depends on the required stiffness, flexibility, deck thickness and shuffle feel.
A 0.32 mm card is normally slightly thicker and can feel more substantial, while 0.30 mm can provide a somewhat lighter or more flexible construction. Actual feel also depends on formulation and surface texture.
High-opacity PVC requirements can be discussed for poker and casino-style projects. Specify the required opacity or end-use standard so a suitable grade can be evaluated and sampled.
Current options include sand grain, coarse lines, fine lines, double-sided fabric texture and single-side check grain. Other textures may be available subject to project requirements.
There is no single best texture for every deck. Linen-style, sand-grain and line textures create different friction and grip characteristics. Buyers should compare physical samples and test finished decks on their preferred shuffle method.
Suitable PVC card-grade sheets can be used with offset printing when the surface and ink system are compatible. Printing and adhesion tests are recommended before bulk production.
Selected PVC surfaces can be evaluated for UV digital printing. Verify ink adhesion, curing, flexibility and abrasion resistance using your intended printer and ink.
The PVC substrate does not absorb water like paper card stock and is therefore well suited to moisture-resistant playing cards. The finished printed deck's resistance also depends on ink and surface finishing.
PVC cards can generally tolerate careful surface cleaning better than ordinary paper cards. The complete printed and finished deck should be tested with the intended cleaning method, and harsh solvents or abrasive cleaning should be avoided unless specifically validated.
Yes. Die cutting, punching and corner rounding are common processes used to convert printed PVC sheets into individual playing cards.
Conventional laser cutting is generally not recommended for chlorinated PVC because heating the material can release corrosive and hazardous fumes. Mechanical punching, die cutting or other PVC-compatible cutting systems are preferable for playing-card production.
Yes. White and customized colors can be discussed. For color-critical projects, provide a physical reference or color specification for approval.
Yes. Current listed sizes include 1220 × 2440 mm, 1000 × 700 mm and 1830 × 915 mm, with customized dimensions available according to production requirements.
No. PVC, PET and PETG are different polymers with different forming, printing, mechanical and environmental characteristics. If PET or PETG is required, it should be specified as a separate material grade rather than treated as interchangeable with PVC.
Yes. Sample evaluation is recommended so customers can test printing, ink adhesion, punching, surface texture, bending and finished-card handling before ordering bulk material.
MOQ depends on thickness, sheet dimensions, color, texture and customization requirements. Send your specification to Wallis for the applicable MOQ and quotation.
Provide the PVC thickness, raw sheet size, color, opacity requirement, surface texture, printing process, finished card application, order quantity and delivery destination.
Looking for a reliable PVC playing card sheet manufacturer for poker decks, casino-style cards, promotional playing cards, board games or private-label card production? Send Wallis your required thickness, sheet size, surface texture, printing method, opacity requirement and order quantity for material review and factory pricing.
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